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A wave whose wavelength is 0.30 m is traveling down a 300 m long wire whose...

A wave whose wavelength is 0.30 m is traveling down a 300 m long wire whose total mass is 15 kg If the wire is under a tension of 1000 N, what are the speed and frequency of this wave ?
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Answer #1

We have mass of the wire,

Length of the wire,

So,the linear mass density of the wire,

Also the tension in the wire,

So,the velocity of the wave through the wire,

So,the velocity of the wave through the wire,

Given ,the wavelength of the wave,

So,We have the velocity of the wave,

So,the frequency of the wave,

So,the frequency of the wave,

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